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Applied Computational Science & Computational
Engineering/High
Performance Computing |
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Jackson State University has leadership roles in
several major national computing, communication, and collaboration
initiatives, including NSF EPSCoR Computational Chemistry Cluster,
NSF CREST Computational Center for Molecular Structure and
Interactions, the Army’s High Performance Computing Research Center
and the DOD High Performance Computing Modernization Program, and
possesses the program-management experience, research depth, and
critical national/international relationships needed to build and
maintain the following objectives of the Applied Computational
Sciences / High Performance Computing Cluster.
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View Faculty Highlights |
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Cluster Objectives |
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1. Educating
and training students in the applied computational
sciences and in supercomputing at the baccalaureate and
doctoral levels. |
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2. Enhancing
the level of competitive computational research and
computer infrastructure in the state of Mississippi. |
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3. Attracting
and retaining qualified new research faculty in the
state. |
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4. Developing
and extending partnerships with federal and industrial
laboratories (NSF, NIH, DOD, DOE). |
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5.
Strengthening national and international collaborations
in the field of computational sciences with faculty on
other campuses. |
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6. Integrating
outreach and education to attract promising young
students |
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Cluster Subgroups |
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Molecular Electronic
Structure/Computational Quantum Chemistry |
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Computational
Engineering & Technology |
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Bioinformatics/
Genomics and Biostatistics |
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Computational
Biology |
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Computational
Nanoscience |
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